Clevon develops and manufactures fully electric, lightweight autonomous delivery robots for last-mile logistics. Their Level 4 self-driving system enables driverless courier services with proven safety records on public roads. This technology significantly reduces labor costs while offering an environmentally friendly and efficient delivery solution for various sectors.
Funding
Funding not disclosed
Founders
Product
Problem
Last-mile delivery faces challenges such as high labor costs, driver shortages, safety concerns, and environmental impact, hindering efficient and sustainable logistics operations. Traditional delivery methods often struggle to meet the increasing demands of e-commerce and urban environments.
Solution
Clevon provides fully electric, lightweight autonomous robot carriers designed to optimize last-mile delivery in urban areas and controlled environments. These Level 4 autonomous vehicles navigate pre-mapped routes using a sensor suite that includes cameras, radar, GNSS, and IMU, ensuring safe and reliable operation. A teleoperation system allows remote human operators to monitor and control the robots when needed, providing an added layer of safety and enabling continuous improvement of the autonomous driving system through real-world data collection. Clevon's robots reduce labor costs by enabling a single teleoperator to supervise multiple vehicles, while also offering an environmentally friendly delivery solution.
Target Audience
Clevon's primary customers include retailers, grocers, logistics companies, healthcare providers, and other businesses seeking to improve the efficiency, reduce costs, and enhance the sustainability of their last-mile delivery operations.
Features
- Level 4 autonomous driving system optimized for defined operational design domains (ODD)
- Sensor suite including cameras, radar, GNSS, and IMU for 360° environmental perception and precise positioning
- Redundant 4G/5G connection for high-resolution, low-latency teleoperation
- Remote supervision enables flexible operations center locations
- Electric powertrain for reduced carbon emissions and increased efficiency
- Modular design adaptable for various cargo types, from groceries to home appliances
- Integration with public API data for optimal route planning
- Real-time monitoring and data collection for continuous system improvement